Ty Hagan, left, and Ahmad Vaselbehagh of the University of South Florida are seen during the testing of their laser-based maintenance technology inside a TVA nuclear power plant. (Photo: University of South Florida)
The Tennessee Valley Authority has successfully tested a new laser-based maintenance technology developed by engineers at the University of South Florida. The technology involves the use of a precision laser during regular inspections of ice condenser systems that are part of the emergency core cooling systems at certain nuclear power plants.
One of two cases that display the impressive belt-buckle collection.
Collecting belt buckles from nearly every nuclear power plant in the U.S. wasn’t the goal for Don Hildebrant when he obtained his first one. Over time, it just turned out that way.
One day years ago, Hildebrant came across a buckle from the nuclear plant where he worked, and it seemed before he knew it, he had collected more than 250 of them—some from plants that were never even completed. “When you look at the collection, you will see an interesting story of where nuclear power has been, and how far it has come,” he said.
Sequoyah nuclear power plant (Photo: Photorush/Wikimedia Commons)
In an evaluation report released last week on the Sequoyah nuclear plant’s chemistry/environmental program, the Tennessee Valley Authority’s Office of the Inspector General identified certain risks, both behavioral and operational, that could impact organizational effectiveness. Program behavior was assessed from interviews and field work conducted from September 21 through November 3, 2020, with operations assessed in February of this year.